SoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSoukaSouka
B
<u>Temperature</u> is NOT a density-dependent factor affecting population growth
Explanation:
Density-dependent factors mean variables that are affected by the density of the population. The opposite of density-depend is density-independent factors. These are those variables that affect the density of the population but are not affected by the density of the population.
In this case, temperatures are not affected by the density of the population. However, temperatures affect the density of the population. Most individuals can only survive within an optimal temperature range.
The rest of the choices are density-dependent variables
Learn More:
For more on dependent and independent variables check out;
brainly.com/question/3205171
brainly.com/question/3205171
brainly.com/question/4600039
#LearnWithBrainly
Answer:
A GMO Genetically Modified Product though similar to cloning is quite different. Cloning is the process of using egg cells from an individual to produce a new organism. When the baby is born, it is genetically identical to the parent, an exact copy. This process occurs in a lab. Genetic Engineering, which is used to make GMOs, uses technology to alter or change an organism's genes. New genetic information can be added to or removed from an existing set of DNA.
<em>So I would say that some of the differences between GMOs and cloning include that:</em>
Cloning strives to create exact copies of an organism's parent while GMOs remove and add different genes to form desired offsprings like making a product last longer or making the product grow larger faster.
Hopefully, this helped you! Have a nice day :)
From tiny blood cells/vessels!
Hope this helps!
Answer: After several days, a large bubble of gas collected in the upside-down beaker contains OXYGEN.
Explanation:
Plants are known to be be autotrophic (producers) through the use of inorganic substance such as water, carbondioxide and light energy from sunlight in a process known as photosynthesis.
An experiment was carried out by Latecia for investigation of the gas production of a water plant. It's therefore expected that OXYGEN gas which is the by-product given off during photosynthesis in green plants would be collected from the upside down beaker as gas bubbles.
